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 Traction Demand
 Traction Demand
Member  Discussion Topic   

James R. Davis
Male Administrator
17377 Posts
[Mentor]

Houston, TX
USA
Honda
GoldWing 1500
Peer Review: Blocked
Posted - 05/09/2012 :  2:03 PM Follow poster on Twitter  Join poster on Facebook as Friend                        Like
Download URL: TractionDemand.xls



Example: If you are braking at 0.5g's and are also in a curve experiencing 0.5g's of lateral forces (your bike has a lean angle of 30 degrees), then your total traction demand is 0.71g's (not 1.0g's).

So long as your total available traction is greater than 0.71, your tires will not skid or slide.

The total available traction is merely the Static Coefficient of Friction between your tires and the roadway. (In this example, 1.2.)

In the real world, most motorcycle tires provide greater traction that resists slides to the side than to resist skids. Thus, instead of a circle representing your total available traction, you might want to consider an oblong shape such as this:
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